APLIKASI PEMBELAJARAN HARDWARE KOMPUTER BERBASIS ANDROID

Hardware komputer adalah salah satu komponen dari sebuah komputer yang sifat alat nya bisa dilihat dan diraba secara langsung atau yang berbentuk nyata, yang berfungsi untuk mendukung proses komputerisasi. Skripsi ini berisi tentang Hardware Komputer.Elemen yang berisi dalam Hardware Komputer ini yaitu, Input Device, Process Device, Output Device, dan Backing Device. Maka dari itu dibuatlah Aplikasi Pembelajaran Hardware Komputer Berbasis Android Dengan adanya media pembelajaran akan membuat proses pembelajaran lebih menarik, misalnya dari segi tampilan yang dikombinasikan dengan beberapa gambar. Kemenarikan tampilan fisik sangat mempengaruhi proses pembelajaran, semakin menarik tampilan media maka siswa semakin termotivasi untuk belajar sehingga mempengaruhi hasil belajar siswa

Building Protein Domain Based Composite Biobricks for Mammalian Expression Systems

The purpose of this RFC is to describe a method that allows the design of protein domain based parts, starting with gene centered information and translate these informations into BBF RFC 25 compatible part. The method is designed to be used in mammalian expression systems

Recombination Based Part Assembly

Here we propose a new recombination-based assembly standard, optimized to allow for efficient cloning of mammalian vectors

AcetoBase: a functional gene repository and database for formyltetrahydrofolate synthetase sequences

Acetogenic bacteria are imperative to environmental carbon cycling and diverse biotechnological applications, but their extensive physiological and taxonomical diversity is an impediment to systematic taxonomic studies. Acetogens are chemolithoautotrophic bacteria that perform reductive carbon fixation under anaerobic conditions through the Wood–Ljungdahl pathway (WLP)/acetyl-coenzyme A pathway. The gene-encoding formyltetrahydrofolate synthetase (FTHFS), a key enzyme of this pathway, is highly conserved and can be used as a molecular marker to probe acetogenic communities. However, there is a lack of systematic collection of FTHFS sequence data at nucleotide and protein levels. In an attempt to streamline investigations on acetogens, we developed AcetoBase - a repository and database for systematically collecting and organizing information related to FTHFS sequences. AcetoBase also provides an opportunity to submit data and obtain accession numbers, perform homology searches for sequence identification and access a customized blast database of submitted sequences. AcetoBase provides the prospect to identify potential acetogenic bacteria, based on metadata information related to genome content and the WLP, supplemented with FTHFS sequence accessions, and can be an important tool in the study of acetogenic communities. AcetoBase can be publicly accessed at https://acetobase.molbio.slu.se

Integrated Economic and Climate Modeling

This survey examines the history and current practice in integrated assessment models (IAMs) of the economics of climate change. It begins with a review of the emerging problem of climate change. The next section provides a brief sketch of the rise of IAMs in the 1970s and beyond. The subsequent section is an extended exposition of one IAM, the DICE/RICE family of models. The purpose of this description is to provide readers an example of how such a model is developed and what the major components are. The final section discusses major important open questions that continue to occupy IAM modelers. These involve issues such as the discount rate, uncertainty, the social cost of carbon, the potential for catastrophic climate change, algorithms, and fat-tailed distributions. These issues are ones that pose both deep intellectual challenges as well as important policy implications for climate change and climate-change policy

Aplikasi Pembelajaran Hardware Komputer Berbasis Android

Hardware komputer adalah salah satu komponen dari sebuah komputer yang sifat alat nya bisa dilihat dan diraba secara langsung atau yang berbentuk nyata, yang berfungsi untuk mendukung proses komputerisasi. Skripsi ini berisi tentang Hardware Komputer.Elemen yang berisi dalam Hardware Komputer ini yaitu, Input Device, Process Device, Output Device, dan Backing Device. Maka dari itu dibuatlah Aplikasi Pembelajaran Hardware Komputer Berbasis Android Dengan adanya media pembelajaran akan membuat proses pembelajaran lebih menarik, misalnya dari segi tampilan yang dikombinasikan dengan beberapa gambar. Kemenarikan tampilan fisik sangat mempengaruhi proses pembelajaran, semakin menarik tampilan media maka siswa semakin termotivasi untuk belajar sehingga mempengaruhi hasil belajar siswa

iGEM Calgary 2014: B.s. Detector, A Multiplexed Rapid Diagnostic Device

Febrile diseases such as meningitis, dengue fever, and typhoid fever are symptomatically similar to malaria and are thus often misdiagnosed in developing countries which lack the resources to maintain suitable healthcare infrastructures. Failure to accurately diagnosis such diseases within a patient is of particular concern as misdiagnosis prevents the appropriate treatments from being administered in a timely manner or often at all, which results in unnecessary human suffering and a significant financial burden on the patient’s respective health care system (Mabey, Peeling, Ustianowski, & Perkins, 2004). To address this global healthcare issue, the 2014 Calgary iGEM team (International Genetically Engineered Machine) has engaged with various stakeholders including researchers and end-users in developing countries with the hopes of mitigating the frequency of misdiagnosis.Using synthetic biology, we aim to develop a novel, nucleic acid-based, point-of-care device capable of diagnosing multiple infectious diseases simultaneously. Specifically, we are engineering Bacillus subtilis to generate a chromophoric reporter protein in response to pathogenic genetic markers indicative of said diseases. This engineered strain of B. subtilis will lie dormant as a collection robust bacterial spores in a portable, handheld device until ready to be activated and used. In theory, by sporulating the B. subtilis, we can effectively increase the shelf-life and durability of the device as it is transported to the end-user in the developing world.Our device will use a transcriptionally-regulated genetic circuit, in conjunction with the innate mechanism of homologous recombination found within B. subtilis, to detect and report the presence of multiple species of pathogens within the patient. Using only a minute sample of blood, the final device will enable users to differentiate between diseases based on a colorimetric output. Specialized training or outside resources will not be necessary to use the device and interpret its results. The strength of this diagnostic method lies in its modularity and high level of customization. Ultimately, our system is a platform technology which can be adapted to detect a wide variety pathogens by modifying the genetic markers to which our engineered B. subtilis binds to